A strainer assembly for a marine engine has a housing with an internal cavity. The housing has a threaded inlet end, an outlet and a flush port. A removable cover assembly covers the threaded inlet end and may be removed to allow a strainer to be removed from inside the housing and cleaned. The flush port may be closed with a plug and opened to allow a threaded end of a garden hose to be attached to the flush port for cleaning the engine.

An apparatus and method for recycling fluidic substances. The apparatus of the present invention can recycle fluidic substance, comprising: at least one first container installed with at least one touching plate and a heating device; at least one second container installed with at least one touching plate and a heating device; and at least one third container installed with at least one touching plate, which is connected to a spinning or rotary device. The method for recycling fluidic substance by passing it through the said apparatus.

This mop washing system comprises a mop cleaner and a mop washing apparatus. The mop washing apparatus comprises a main body, and a water tank. The mop washing apparatus is a washing tray provided to accommodate a mop to be washed, and comprises a first bottom to allow the water to flow in and includes a guide wall, the guide wall has an opening. The washing tray comprises a second bottom at a lower than the first bottom to accommodate the water discharged through the opening and which includes a washing tray discharge port to allow the water to be discharged the outside of the washing tray. The mop washing apparatus further comprises a drainage tray to at least partially accommodate the washing tray, and comprises a receiving groove so that the drainage tray is at least partially accommodated therein and is detachable.

This mop washing system comprises a mop cleaner and a mop washing apparatus. The mop washing apparatus comprises a main body, and a water tank. The mop washing apparatus is a washing tray provided to accommodate a mop to be washed, and comprises a first bottom to allow the water to flow in and includes a guide wall, the guide wall has an opening. The washing tray comprises a second bottom at a lower than the first bottom to accommodate the water discharged through the opening and which includes a washing tray discharge port to allow the water to be discharged the outside of the washing tray. The mop washing apparatus further comprises a drainage tray to at least partially accommodate the washing tray, and comprises a receiving groove so that the drainage tray is at least partially accommodated therein and is detachable.

Disclosed is a strainer having a non-powered cleaning function. The present invention enables filtration of foreign substances from fluid by disposing a cylindrical filter mesh inside a main body of the trainer, such that the fluid from an inlet pipe flows through the filter mesh toward an outlet pipe. The present invention also enables cleaning of the filter mesh by disposing a central shaft of a scraper at the center of the filter mesh, and rotating the central shaft such that brushes connected thereto scrape off foreign substances collected on the filter mesh.

Disclosed is a strainer having a non-powered cleaning function. The present invention enables filtration of foreign substances from fluid by disposing a cylindrical filter mesh inside a main body of the trainer, such that the fluid from an inlet pipe flows through the filter mesh toward an outlet pipe. The present invention also enables cleaning of the filter mesh by disposing a central shaft of a scraper at the center of the filter mesh, and rotating the central shaft such that brushes connected thereto scrape off foreign substances collected on the filter mesh.

A biocide-generating device including a housing having an inlet and an outlet. The biocide-generating device additionally including a strainer basket that mounts within an interior of the housing including parallel electrode plates positioned within an interior of the strainer basket. The biocide generating device additionally including a protective dielectric sleeve in which the electrode plates are received. The protective dielectric sleeve is positioned between the electrode plates and the strainer basket.

A biocide-generating device including a housing having an inlet and an outlet. The biocide-generating device additionally including a strainer basket that mounts within an interior of the housing including parallel electrode plates positioned within an interior of the strainer basket. The biocide generating device additionally including a protective dielectric sleeve in which the electrode plates are received. The protective dielectric sleeve is positioned between the electrode plates and the strainer basket.

Provided is a hygienic process coupling assembly that includes a retainer having a ring-shaped retainer wall with a first end configured for permanent securement to at least one of a process pipe or portion of process equipment, and a second end that includes a flange protruding radially therefrom, a plurality of guide rails with slots therebetween extending along the flange, the plurality of guide rails including a guide surface extending from a beveled guide step to a stop wall, the beveled guide step including a first ramp and a second ramp opposite the first ramp, an end cap including a head portion with a top surface and a bottom surface; a cylindrical neck portion extending down from the bottom surface; an actuation element situated along the top surface, a plurality of latching arms extending downward, and a plurality of latching fingers extending inward from the plurality of latching arms.

Provided is a hygienic process coupling assembly that includes a retainer having a ring-shaped retainer wall with a first end configured for permanent securement to at least one of a process pipe or portion of process equipment, and a second end that includes a flange protruding radially therefrom, a plurality of guide rails with slots therebetween extending along the flange, the plurality of guide rails including a guide surface extending from a beveled guide step to a stop wall, the beveled guide step including a first ramp and a second ramp opposite the first ramp, an end cap including a head portion with a top surface and a bottom surface; a cylindrical neck portion extending down from the bottom surface; an actuation element situated along the top surface, a plurality of latching arms extending downward, and a plurality of latching fingers extending inward from the plurality of latching arms.